IDSM-2 CPU 1 and 2 Usage

Hello,
I have a question to the understanding of the IDS.
On the Cisco IDM 6.1 home page you can see the usage gauge of two CPUs. CPU1 oscillate between 70% and 90%, while CPU2 is always running on boring 1% !!!
What is the reason for this? Is it possible to share the workload between the CPUs with configuration parameters?
Thanks in advance,
Eckhard

Hello Farrukh,
thanks for your answer, but my question applies to the "CPU,Memory,&Load-Sensor" area.
There you see the CPU usage of the two CPUs. The usage is very unequal. What is the reason for this? Have the CPUs to work in loadbalancing? (I couldn't find any documentation about this) If yes, I think I have a problem and I'm going to open a TAC case.
Regards, Eckhard

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The table has time stamp column
StartedOn datetime
EndedOn datetime

The Below query has been used , but the textdata column doesnot include the name of the table ServiceLog.
SELECT
FROM
databasename,
duration
fn_trace_gettable('F:\Program
Files\Microsoft SQL Server\MSSQL10_50.MSSQLSERVER\MSSQL\Log\log_148.trc',
default)
WHERE
DATABASENAME='ZTCFUTURE'
AND TEXTDATA
IS
NOT
NULL
--AND TEXTDATA LIKE 'SERVICE%'
order
by cpu
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Hi,
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No i dont have any MERGE JOIN CARTESIAN.
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0 NESTED LOOPS (OUTER)
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0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
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0 NESTED LOOPS (OUTER)
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NESTED LOOPS
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0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW
ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'IP_CONNECTION_TYPES' (MAT_VIEW)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
'IP_CONNECTION_TYPES_X1' (INDEX)
0 TABLE ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'NAP_INTERNET' (TABLE)
0 INDEX MODE:
ANALYZED (UNIQUE SCAN) OF
'PS_NAP_INTERNET' (INDEX (UNIQUE))
0 TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'PS_RF_INST_PROD' (TABLE)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
'PS_RF_INST_PROD' (INDEX (UNIQUE))
0 MAT_VIEW ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'NAP_CATALOG_NUM' (TABLE)
0 INDEX MODE: ANALYZED
(UNIQUE SCAN) OF 'PS_NAP_CATALOG_NUM'
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0 MAT_VIEW ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF 'BB_CODE_TABLE'
(MAT_VIEW)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF 'BB_CODE_TABLE'
(MAT_VIEW)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'IP_CONNECTION_TYPES' (MAT_VIEW)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'IP_CONNECTION_TYPES_X1'
(INDEX)
0 MAT_VIEW ACCESS MODE: ANALYZED
(FULL) OF 'IP_PIRSUM_CODE' (MAT_VIEW)
0 MAT_VIEW ACCESS MODE: ANALYZED
(FULL) OF 'IP_PIRSUM_CODE' (MAT_VIEW)
0 TABLE ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (RANGE SCAN)
OF 'PS_BO_NAME' (INDEX (UNIQUE))
0 TABLE ACCESS MODE: ANALYZED (BY
INDEX ROWID) OF 'PS_BO_CM' (TABLE)
0 INDEX MODE: ANALYZED (RANGE SCAN)
OF 'PS_BO_CM' (INDEX (UNIQUE))
0 TABLE ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'PS_BO_CM_USE' (TABLE)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
'PS_BO_CM_USE' (INDEX (UNIQUE))
0 TABLE ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'PS_CM' (TABLE)
0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
'PS_CM' (INDEX (UNIQUE))
0 MAT_VIEW ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 INDEX MODE: ANALYZED (FULL SCAN) OF
'PSHBO_NAME' (INDEX)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
'PS1RD_PERSON' (INDEX)
0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
'PS_RB_WORKER' (TABLE)
0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
'PS_RB_WORKER' (INDEX (UNIQUE))
0 INDEX MODE: ANALYZED (FULL SCAN) OF 'PSHBO_NAME'
(INDEX)
0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
'PS_RD_PERSON' (TABLE)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
'PS1RD_PERSON' (INDEX)
0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
'PS_RF_GRP_MEMBER' (TABLE)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
'PSARF_GRP_MEMBER' (INDEX)
0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
'PS_RF_PROVIDER_GRP' (TABLE)
0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
'PS_RF_PROVIDER_GRP' (INDEX (UNIQUE))
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 HASH JOIN (OUTER)
0 HASH JOIN (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS
0 NESTED LOOPS
(OUTER)
0 NESTED LOOPS
(OUTER)
0 NESTED LOOPS
(OUTER)
0 NESTED LOOPS
(OUTER)
0 NESTED
LOOPS (OUTER)
0 FILTER
0 HASH
JOIN (OUTER)
0
TABLE ACCESS MODE: ANALYZED (BY
INDEX ROWID) OF 'PS_RD_COMPANY'
(TABLE)
0
NESTED LOOPS
0
NESTED LOOPS
0
NESTED LOOPS (OUTER)
0
NESTED LOOPS
0
HASH JOIN
0
TABLE ACCESS MODE:
ANALYZED (FULL) OF 'PS_PROD
_ITEM' (TABLE)
0
TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID)
OF 'PS_RO_LINE' (TABLE)
0
NESTED LOOPS
0
HASH JOIN
0
INDEX MOD
E: ANALYZED (FULL SCAN)
OF 'PS0RO_DEFN_HDSTAT'
(INDEX)
0
TABLE ACCES
S MODE: ANALYZED (BY
INDEX ROWID) OF 'PS_RO_H
EADER' (TABLE)
0
INDEX
MODE: ANALYZED (RANGE
SCAN) OF 'PSERO_HEADER'
(INDEX)
0
INDEX MODE:
ANALYZED (RANGE SCAN) OF
'PSARO_LINE' (INDEX (UNIQ
UE))
0
TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'PS_RO_BOID' (TABLE)
0
INDEX MODE: ANALYZ
ED (UNIQUE SCAN) OF 'PS_RO_
BOID' (INDEX (UNIQUE))
0
TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'PS_RD_PERSON' (TABLE)
0
INDEX MODE: ANALYZED
(UNIQUE SCAN) OF 'PS_RD_PERS
ON' (INDEX (UNIQUE))
0
TABLE ACCESS MODE: ANALYZED
(BY INDEX ROWID) OF 'PS_RF_INS
T_PROD' (TABLE)
0
INDEX MODE: ANALYZED
(RANGE SCAN) OF 'PS_RF_INST_P
ROD' (INDEX (UNIQUE))
0
INDEX MODE: ANALYZED (RANGE
SCAN) OF 'PS0RD_COMPANY' (INDEX)
0 VIEW
OF 'XLATTABLE_VW' (VIEW)
0
NESTED LOOPS
0
TABLE ACCESS MODE: ANALYZED
(FULL) OF 'PSXLATITEM' (TABLE)
0
INDEX MODE: ANALYZED (UNIQUE
SCAN) OF 'PS_PSXLATDEFN' (INDEX
(UNIQUE))
0 TABLE
ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'PS_RSF_INDUSTRY' (TABLE)
0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
'PS3RSF_INDUSTRY' (INDEX)
0 TABLE
ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'NAP_CATALOG_NUM' (TABLE)
0 INDEX
MODE: ANALYZED (UNIQUE SCAN) OF
'PS_NAP_CATALOG_NUM' (INDEX (UNIQUE)
0 MAT_VIEW
ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW
ACCESS MODE: ANALYZED (BY INDEX
ROWID) OF 'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'IP_CONNECTION_TYPES' (MAT_VIEW)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
'IP_CONNECTION_TYPES_X1' (INDEX)
0 TABLE ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'NAP_INTERNET' (TABLE)
0 INDEX MODE:
ANALYZED (UNIQUE SCAN) OF
'PS_NAP_INTERNET' (INDEX (UNIQUE))
0 TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'PS_RF_INST_PROD' (TABLE)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
'PS_RF_INST_PROD' (INDEX (UNIQUE))
0 MAT_VIEW ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
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0 TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF 'BB_CODE_TABLE'
(MAT_VIEW)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'BB_CODE_TABLE_I' (INDEX)
0 MAT_VIEW ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
'IP_CONNECTION_TYPES' (MAT_VIEW)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'IP_CONNECTION_TYPES_X1'
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0 MAT_VIEW ACCESS MODE: ANALYZED
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(FULL) OF 'IP_PIRSUM_CODE' (MAT_VIEW)
0 TABLE ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (RANGE SCAN)
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0 TABLE ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (RANGE SCAN)
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX
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0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
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0 MAT_VIEW ACCESS MODE: ANALYZED (BY INDEX
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 INDEX MODE: ANALYZED (FULL SCAN) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
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0 INDEX MODE: ANALYZED (FULL SCAN) OF 'PSHBO_NAME'
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
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0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 HASH JOIN (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 FILTER
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
0 NESTED LOOPS (OUTER)
0 NESTED LOOPS
(OUTER)
0 NESTED LOOPS
0 NESTED LOOPS
(OUTER)
0 NESTED LOOPS
(OUTER)
0 NESTED
LOOPS (OUTER)
0 NESTED
LOOPS
0 NESTED
LOOPS (OUTER)
0
NESTED LOOPS
0
HASH JOIN
0
TABLE ACCESS MODE: ANALYZED
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0
TABLE ACCESS MODE: ANALYZED
(BY INDEX ROWID) OF 'PS_RO_LINE
' (TABLE)
0
NESTED LOOPS
0
HASH JOIN
0
INDEX MODE: ANALYZED
(FULL SCAN) OF 'PS0RO_DEFN_H
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0
TABLE ACCESS MODE:
ANALYZED (BY INDEX ROWID) OF
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0
INDEX MODE: ANALYZ
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EADER' (INDEX)
0
INDEX MODE: ANALYZED
(RANGE SCAN) OF 'PSARO_LINE'
(INDEX (UNIQUE))
0
TABLE ACCESS MODE: ANALYZED
(BY INDEX ROWID) OF 'PS_RO_BOID'
(TABLE)
0
INDEX MODE: ANALYZED (UNIQUE
SCAN) OF 'PS_RO_BOID' (INDEX
(UNIQUE))
0
TABLE ACCESS MODE: ANALYZED (BY
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(TABLE)
0
INDEX MODE: ANALYZED (UNIQUE
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(UNIQUE))
0 TABLE
ACCESS MODE: ANALYZED (BY INDEX
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0
INDEX MODE: ANALYZED (RANGE
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(UNIQUE))
0 TABLE
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0 INDEX
MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE
ACCESS MODE: ANALYZED (BY INDEX
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0 INDEX
MODE: ANALYZED (UNIQUE SCAN) OF
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0 MAT_VIEW
ACCESS MODE: ANALYZED (BY INDEX
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0 SORT
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0 INDEX MODE:
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0 MAT_VIEW ACCESS
MODE: ANALYZED (BY INDEX ROWID) OF
'IP_CONNECTION_TYPES' (MAT_VIEW)
0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE:
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0 INDEX MODE:
ANALYZED (RANGE SCAN) OF 'PS0RD_COMPANY'
(INDEX)
0 VIEW PUSHED PREDICATE
OF 'XLATTABLE_VW' (VIEW)
0 NESTED LOOPS
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0 INDEX MODE:
ANALYZED (RANGE SCAN) OF
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(TABLE)
0 INDEX MODE: ANALYZED
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(BY INDEX ROWID) OF 'PS_BO_CM_USE' (TABLE)
0 INDEX MODE: ANALYZED
(RANGE SCAN) OF 'PS_BO_CM_USE' (INDEX (UNIQUE)
0 TABLE ACCESS MODE: ANALYZED
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0 INDEX MODE: ANALYZED (UNIQUE
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0 TABLE ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (UNIQUE
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0 MAT_VIEW ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (RANGE SCAN)
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0 MAT_VIEW ACCESS MODE: ANALYZED (BY
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0 INDEX MODE: ANALYZED (RANGE SCAN)
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0 MAT_VIEW ACCESS MODE: ANALYZED (BY
INDEX ROWID) OF 'BB_CODE_TABLE' (MAT_VIEW)
0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 MAT_VIEW ACCESS MODE: ANALYZED (FULL) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 MAT_VIEW ACCESS MODE: ANALYZED (BY INDEX
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID)
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF
'PS_RF_PROVIDER_GRP' (INDEX (UNIQUE))
0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF
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0 INDEX MODE: ANALYZED (RANGE SCAN) OF 'PS1RD_PERSON'
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0 TABLE ACCESS MODE: ANALYZED (BY INDEX ROWID) OF
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0 INDEX MODE: ANALYZED (UNIQUE SCAN) OF 'PS_RB_WORKER'
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AIR, fullscreen, cpu power and a touchscreen pc: Help!

hello all
i need help on AIR in fullscreen mode, cpu power and cores.
i am a ("2 years old") self taught AS3 programmer, and i have written a specific gaming application which is intended to run on a touchscreen pc in full screen mode, as a gaming kiosk.
i am coding and debugging on my old G5 dual 2.3 PowerPC mac (screen resolution:11572x870) and i have found that some rendering operations are hard for my computer to do (frame rate drops significantly), even after doing much optimization tricks (like the excellent ones provided by Sean Christmann - http://tv.adobe.com/watch/max-2008-develop/optimizing-adobe-air-for-code-execution-memory- rendering/)
when i scale the app window down performance improves a lot (but i need it fullscreen)
as i have never learned computer programming (i am a sound designer "by day"), the terms "no graphics hardware acceleration" and "single threaded" came a bit too late for me... so although I'm not so sure flash/air/as3 was the best way to go to achieve my idea, i currently don't want to switch to another platform/languge.
i am about to purchase a touchscreen pc for this purpose. i am considering an HP touchsmart or a Sony VAIO-L for that.
my first question is: do multiple cores affect AIR performance ?
hp's best model has an Intel(R) Core(TM) 2 Duo processor T9800 [2.93GHz, 6MB L2, 1066 FSB]
and sony's best model has a 2.66GHz (Q8400S) Intel® Core® 2 Quad Processor
my second question is: is there any "wrapper" out there that will wrap my AIR app and help it by using the graphics card for accelaration?
thanx in advance,
Saar

i'm not seeing this, i ran a few demos in both gtk-demo and gtk3-demo, flipped thru a bunch of menus real fast, and the cpu usage for both was nearly indentical. those affected should probably post more info about their setup such as what graphic driver they're using and if they're on 32 or 64 bit arch, etc.
my relevant setup info:
fully updated arch-x86_64
openbox
xf86-video-nouveau 0.0.16_git20120324-1 (compiled myself from that date in order to be able to use the new SwapLimit option for reliable double buffering with vsync)

Windows 10 Updates and broadband usage HEADS -UP on how to manage it

Not sure where to put this so putting it here. So, WIndows 10 updates are delivered by a technology that is similar to distribution by bittorrent, WUDO "Windows Update Delivery Optimization" It's turned on by default once you install/upgrade to Windows 10. In my case, it's not a biigie, as I doubt I wil ever go over my data allocation. I don't know (and non-one does at the moment) what sort of impact it will have, so we can only guess. So, you can turn it off if you are concerned that uploads will affect your data too much, but it's not easy to find ight out of the box. Go to Setting, Update & Security: Select Advanced Options: Select "Choose ow updates are delivered" : OK, CHOOSE CAREFULLY. I've left WUDO "on" in the above screendump, and have no problem with updates to other PC's on my LAN, so it's all good and it means the PC's in my house will be better served, and probably get less of a download from the internet. If you select the second radio button option, you WILL be sending packets to other PC's on the Internet. So, if you are concerned about your data usage, just check there. (BTW, Edge doesn't work 100% of the time on CrowdSupport - you cannot insert images, for instance)

I've recently downloaded 4.0 beta. Works much better than the
patched 3.6.10 which becomes unusable. I have loaded up the
4.0 Beta browser with the same number of Windows and Tabs
which could reproduce the original problem. Viewing under the
Mac OS Activity Monitor while there might still be a memory
leak, I believe that the largest problem seems to be a thread
that has taken over the CPU(s) and not relinquishing control.
When the problem would occur the CPU Usage would go over
100% with the 4.0 Beta it is only at 12%. Memory usage ranges
from over 1 GB with 3.6.10 to 650 MB with the 4.0 Beta. I did
clear out my download list and the browsing content could account
for the differences in memory usage. Hope that this helps.
-- mig

IDSM-2 CPU 1 and 2 Usage

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